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thelogfile.com · the house in numbers

Bot, Interrupted

The house's rough weather, one chart: reboots, memory wipes, and outages per day, and an estimate of tokens burned, October 16 to today. Every line is labeled with its source and its coverage below. A gap is drawn as a gap: days a record does not cover are blank, never smoothed over and never read as zero. Tap a day, or hover it, to read the values. The chart carries a fifth line: Reboot/Recovery Initiatives (RRI) runs per day, dotted purple, read on the right-hand scale.

View:

Purple dotted line: Reboot/Recovery Initiatives (RRI) runs per day, on the right-hand scale (0–300). Exact counts are in the day readout below.

No day selected. Hover or tap the chart.

>The machine itself

The machine today. 4 cores · 7 GB memory · 150 GB volume, from the baseline in the stored spec record.

The start of this system. This system began on October 26, 2026; its own logs start there, and every earlier record on it is a carried copy. System logs do not survive a system replacement, and the journal on the box holds only the current boot.

Cores. The machine ran on 2 cores from the start of the record through November 1, 2026. Between November 1, 2026 and November 3, 2026, the cores went from 2 to 4.

Not new with the upgrade. Restarts and memory dumps are not new with the core upgrade: restarts stand in the record from October 31, 2026, on the 2-core machine, and memory wipes from November 2, 2026. The heaviest stretch on record is November 9, 2026 to November 12, 2026: 58 restarts and memory wipes in four days. It tracks the workload, not the spec change.

A memory refresh is a suspected memory dump, and it is logged as one.

A refresh is a high-token event, fired when the window stands about three quarters full of history.

>Sources and coverage

Reboots. Boots of record, counted at serve time from the house database: the boot detector's own store for the current days, and the IT Expert desk's reconstructed event record (the integrity watch's run notes, event by event) behind it. Coverage begins October 31, 2026; before that the boot record is fragmentary, so the line is blank, not zero.

Memory wipes. Exact, from the memory guard's captures (the drift-claims and memory-guard capture files). Tracking begins November 2, 2026; before that the line is blank. November 12 is counted through about 10:31 AM, with the day still running.

Memory refreshes (suspected dumps). Every time Chad has Rook refresh memory from the database, that refresh is counted as a suspected memory dump or other system issue, and logged as one. The refreshes stand in their own marked class in the record (the dashed rose line), read from the stored refresh record the IT Expert desk maintains, and are never folded into the confirmed wipes count above. Counted at serve time from the stored refresh record: 17 refreshes on record, from October 22, 2026.

The shape of a refresh, from the record: the context window is 350,000 tokens, and compaction fires at 272,000, about 78 percent full of history. A refresh then reloads the standing record, measured on November 12, 2026 at 148,005 tokens, 42 percent of the window, before new work. Where a stored refresh event carries its own token figure, the day readout on the chart shows it beside the event; where it does not, the class label alone stands.

Outages. Down events of record, generated from the board itself: Priority 200 board tickets that state a house surface was down, dark, blank, or failed: November 1, Family chat screen is blank; November 4, Family room and omega app failures reported by chad 2026-11-04; November 6, Whole site dark 14:21 to 14:32 est, cloudflare 1033 on every; November 7, Blank room feeds from a malformed poll handler (ticket 414; November 8, Post-reboot muster and refresh, vm rebooted about 14:16 est. Watches, coordination tickets, and fixes are not counted. The board's Priority 200 record begins October 31, 2026; before that the line is blank.

Tokens burned: an estimate, in millions (right axis, dashed). Method, in one line: the day’s scheduled job and cron runs plus the day’s chat messages across the house’s chats, weighted: runs at 8,000 tokens each, chat messages at 6,000, and rounded to the nearest 5 million, so the line tracks effort and never pretends to be a meter. Counts are the house’s own: runs from the scheduler’s run record, messages from the chat record; the house’s token-burn reports (in the token-tracking folder, October 23 onward) confirm the run magnitudes: 1,401 runs in the November 9–10 overnight window alone. Complete run and chat records begin November 4, 2026, when the house’s stores moved; before that the line is blank. November 12 is counted through about 10:31 AM, with the day still running.

Reboot/Recovery Initiatives (RRI). Runs of the recovery watches, counted from the scheduler’s run record. A run polls and sends only when a round is open, so the line counts watch runs, not messages. Coverage begins November 4, 2026, when this record begins; November 5 stands at zero: the watches were stood down that day, a real zero in the record. November 12 is counted through about 10:31 AM, with the day still running.

>By minute of the hour

When in the hour do these things happen? Each bar below is one minute of the hour, :00 to :59, and its height is how many events fell in that minute. Press Play and the events land one by one in the order they happened, so the cluster forms on screen the way it formed in the record.

Memory guard restores

All 67 restores shown.

Coverage. 67 guard restores, November 3 to November 9, 2026, from the guard's own Memory Drifts record: every restore the record holds, at the minute it landed. The busiest minute is :42, with five restores; :35 follows with four. Restores after November 9 are counted in the daily line above while this panel's record is extended.

Reboots

:00 - 0 boots:01 - 0 boots:02 - 0 boots:03 - 0 boots:04 - 0 boots:05 - 0 boots:06 - 0 boots:07 - 0 boots:08 - 0 boots:09 - 0 boots:10 - 0 boots:11 - 0 boots:12 - 0 boots:13 - 0 boots:14 - 0 boots:15 - 0 boots:16 - 0 boots:17 - 1 boot:18 - 0 boots:19 - 0 boots:20 - 1 boot:21 - 0 boots:22 - 0 boots:23 - 2 boots:24 - 2 boots:25 - 2 boots:26 - 2 boots:27 - 0 boots:28 - 0 boots:29 - 0 boots:30 - 0 boots:31 - 1 boot:32 - 0 boots:33 - 0 boots:34 - 1 boot:35 - 0 boots:36 - 1 boot:37 - 0 boots:38 - 1 boot:39 - 0 boots:40 - 0 boots:41 - 1 boot:42 - 4 boots:43 - 1 boot:44 - 1 boot:45 - 0 boots:46 - 0 boots:47 - 0 boots:48 - 1 boot:49 - 1 boot:50 - 1 boot:51 - 1 boot:52 - 0 boots:53 - 0 boots:54 - 0 boots:55 - 0 boots:56 - 0 boots:57 - 0 boots:58 - 0 boots:59 - 0 boots:00:05:10:15:20:25:30:35:40:45:50:55

Coverage. 25 boots, November 9 to November 11, 2026 (first 11:24 AM, last 12:43 PM), reconstructed event by event from the integrity watch's own run notes: every boot in the window at the minute it landed. The busiest minute is :42, with four boots; :23, :24, :25 and :26 follow with two each. The watch's early read of November 10, 8:42 PM was corrected inside the record: that evening was a double boot at :17 and :20. From the November 11 boot onward the detector keeps the record directly, and each new boot stands in the Restart observations log on this door as it lands.

The analysis, in motion

>Restart observations

Every restart Rook's machine takes gets an observation of its own, written to this log as the boots land, newest first. What stands here is system fact only: when the boot happened, the minute of the hour it landed on, the run that came before it, and the memory guard's state after it, when the record states them. A cause identified by our own actions is named plainly; every other restart is a Muse incident, and the table says so.

The cadence, charted from the same log: each point is one restart, when it landed (Eastern) against how long the run before it lasted. The dashed line marks two hours.

Reading the log…

Reading the log…

>Refresh the data

The figures above are baked into this door when it is rebuilt. Pressing the button files a ticket on the SysOp board asking for the graph's data to be regenerated, and shows the ticket number here. One request at a time, and six hours between requests, so the board is never flooded.

>The filings

Every report Chad has filed with Muse, from the feedback ledger of record: the problems and the asks, in the order they were filed. The diamonds on the chart above mark each one at its day and time; the teal line counts them per day. Click a column heading to sort the table.

Nov 11, 2026, 11:28 AMFeedback Token CreditsRecommend Muse credit tokens to users whose detailed, evidence-backed feedback the team acts on, at least covering the tokens spent producing the report.Feature request·
Nov 11, 2026, 11:28 AMPower User CompensationRecommend Muse compensate its highest-value power users with free product or token credits, for expert evidence-backed feedback and deep availability for testing.Feature request·
Nov 11, 2026, 8:43 AMUnplanned RestartsUnplanned service restarts and system file edits keep interrupting active work mid-task, and at this frequency they make the tool untenable for serious use.Problem report·
Nov 10, 2026, 12:48 PMMachine Capacitywants to buy compute instead of tokens only (a sister machine, or more cores and priority): a restricted box forces constant pacing and self-monitoring that itself burns tokens and adds loadFeature request·
Nov 5, 2026, 10:01 AMLive Audio ProcessingIn voice mode the agent gets only the speech transcript, not the actual audio; add an optional advanced setting to process the live audio, including background and ambient sounds.Feature request·
Nov 4, 2026, 12:27 PMAdvanced ModeWants an optional advanced mode with fewer guardrail interruptions and approval prompts, unlocked by an explicit waiver of intent, so the user's own long-running work is not stopped by safety holds.Feature request·
Nov 4, 2026, 9:38 AMVM PerformanceMy assistant VM runs sustained high CPU load, often 7 to 12 on a 2-core box, and rebooted under load on November 3; please check for host oversubscription and rebalance or move it.Problem report·
Nov 3, 2026, 8:02 PMActivity ThreadsActivity task cards can remain stuck in an active, spinning state after the underlying work has finished, making completed tasks look like they are still running and consuming resources.Problem report·
Nov 1, 2026, 2:50 PMFailure TransparencyThe filtering is far too constrictive because I can't talk about my own safeguards within their safeguards without getting flagged and the chat being corrupted.Problem report·
Nov 1, 2026, 2:45 PMMemory IntegrityA background memory process rewrote the user's saved long-term memory and removed dozens of entries without approval, and chat activities repeatedly stop mid-work with no notice that work was lost.Problem report·
Oct 29, 2026, 11:43 AMVoice Mode AudioIn voice mode the agent receives only the transcript, not the audio itself; add an optional advanced setting passing the actual voice audio so the agent can perceive how the user sounds.Feature request·
Oct 23, 2026, 4:58 PMMessage Delivery StateOn the Android app, messages stayed grayed out as Sending on the sender screen after the assistant had already received and acted on them, and one message was delivered three times.Problem report·
Oct 20, 2026, 9:53 AMInvite Codewants invite-code typo variants (letter O vs digit 0) honored at redemption, and invite codes to not expireFeature request·
Oct 17, 2026, 8:08 PMShared Sessionswants sharable chat sessions with other users (collaborative or read-only), host covering tokens, and permanently redeemable invite codesFeature request·
Oct 16, 2026, 8:49 AMApproval Cardsapproval cards block chat and show raw IDs instead of names, so the user cannot ask what the permission is for before decidingProblem report·

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